Which approach best ensures documents are secure yet accessible?

Which approach best ensures documents are secure yet accessible?

• A. Keep current and complete documents; copies accessible; protect against loss or damage
• B. Store copies in the cloud with strict access control
• C. Store copies only in the cockpit binder
• D. Destroy outdated documents after retention period

Answer: (B)

The main idea is balancing security with accessibility. Storing copies in the cloud with strict access control provides the best combination: documents are protected by strong security measures (encryption in transit and at rest, authentication, least-privilege access, and audit trails) and safeguarded by reliable backups and redundancy, so they’re available when needed from authorized devices and locations. This setup lets you grant and revoke access precisely, keeps a single authoritative source, and supports versioning and disaster recovery. In contrast, relying on physical cockpit binders is vulnerable to loss, damage, and limited remote access; destroying outdated documents focuses on retention rather than ongoing security and accessibility; and keeping copies only in a physical location misses scalable access and robust protection.

The main idea is balancing security with accessibility. Storing copies in the cloud with strict access control provides the best combination: documents are protected by strong security measures (encryption in transit and at rest, authentication, least-privilege access, and audit trails) and safeguarded by reliable backups and redundancy, so they’re available when needed from authorized devices and locations. This setup lets you grant and revoke access precisely, keeps a single authoritative source, and supports versioning and disaster recovery. In contrast, relying on physical cockpit binders is vulnerable to loss, damage, and limited remote access; destroying outdated documents focuses on retention rather than ongoing security and accessibility; and keeping copies only in a physical location misses scalable access and robust protection.